This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have been used to assess impacts of nitrogen and acidity inputs on soil and soil solution chemistry. These models differ in their complexity and description of some processes. Some models can be used to calculate effects on surface waters as well. For all models this chapter shows examples of site-scale applications at intensively monitored forested plots in the UK, Germany, Switzerland and Norway, illustrating the adequacy of the model behaviour. Impacts of legislated emission reductions and forest harvest scenarios on soil solution chemistry are illustrated with a MAGIC model application. Besides scenario analyses, dynamic models can also be used ...
Dynamic models provide an extension to critical loads by predicting the timescale of chemical recove...
A soil acidification model has been developed to estimate long-term chemical changes in soil and soi...
The dynamic model MAGIC is used to predict the future response of surface waters to reductions in S ...
This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have be...
This chapter describes the use of geochemical models to assess the impacts of the deposition of meta...
The aim of this study was to determine target loads for acidification for representative forest ecos...
MAGIC, a catchment-scale model of soil and water acidification, is applied to 10 ENCORE catchments i...
The Model of Acidification of Groundwaters in Catchments (MAGIC) was used to simulate the impact of ...
Dynamic models for soil and water acidification and recovery are becoming increasingly important too...
We report here the application of 4 dynamic prosess-oriented models of soil and water acidification ...
Acidification caused by emissions of Nitrogen and Sulphur and associated adverse effects on forest e...
The dynamic soil acidification model SAFE was applied to 44 forested sites in Skåne, southern Sweden...
Dynamic biogeochemistry models are important tools for determining the time-scales of recovery from ...
The objective of this manual is to inform the network of National Focal Centers (NFCs) about the req...
Critical loads (CLs) and target loads (TLs) of atmospheric deposition of sulfur (S) and nitrogen (N)...
Dynamic models provide an extension to critical loads by predicting the timescale of chemical recove...
A soil acidification model has been developed to estimate long-term chemical changes in soil and soi...
The dynamic model MAGIC is used to predict the future response of surface waters to reductions in S ...
This chapter presents four geochemical dynamic models (VSD, MAGIC, ForSAFE and SMARTml) that have be...
This chapter describes the use of geochemical models to assess the impacts of the deposition of meta...
The aim of this study was to determine target loads for acidification for representative forest ecos...
MAGIC, a catchment-scale model of soil and water acidification, is applied to 10 ENCORE catchments i...
The Model of Acidification of Groundwaters in Catchments (MAGIC) was used to simulate the impact of ...
Dynamic models for soil and water acidification and recovery are becoming increasingly important too...
We report here the application of 4 dynamic prosess-oriented models of soil and water acidification ...
Acidification caused by emissions of Nitrogen and Sulphur and associated adverse effects on forest e...
The dynamic soil acidification model SAFE was applied to 44 forested sites in Skåne, southern Sweden...
Dynamic biogeochemistry models are important tools for determining the time-scales of recovery from ...
The objective of this manual is to inform the network of National Focal Centers (NFCs) about the req...
Critical loads (CLs) and target loads (TLs) of atmospheric deposition of sulfur (S) and nitrogen (N)...
Dynamic models provide an extension to critical loads by predicting the timescale of chemical recove...
A soil acidification model has been developed to estimate long-term chemical changes in soil and soi...
The dynamic model MAGIC is used to predict the future response of surface waters to reductions in S ...